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2017•AGUFMRequires access

Data-model integration to interpret connectivity between biogeochemical cycling, and vegetation phenology and productivity in mountainous ecosystems under changing hydrologic regimes

Eoin Brodie, Bhavna Arora, Harry R. Beller, Markus Bill, Nicholas Bouskill, Romy Chakraborty, Mark E. Conrad, Baptiste Dafflon, Brian Joseph Enquist, Natalie De Falco, Andrew C. G. Henderson, Ulaş Karaöz, Alexander Polussa, Patrick O. Sorensen, Heidemarie Steltzer, Haruko Murakami Wainwright, Senrong Wang, Kenneth Hurst Williams, C. Wilmer, Yuntao Wu

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Key concepts: Biogeochemical cycle, Vegetation (pathology), Ecosystem, Environmental science, Productivity, Cycling, Phenology, Physical geography

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Data-model integration to interpret connectivity between biogeochemical cycling, and vegetation phenology and productivity in mountainous ecosystems under changing hydrologic regimes — Research Paper | ScholarLens